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case of a single run, READY remains low until a new series is started by MAD. The whole procedure can be repeated n times using the repeat item in the KIN command. Web document produced by Roland May,

spherical harmonics by Dmitri Svergun , EMBL Hamburg , are available at the ILL (30-Sep-1999). You can find the official descriptions here . The programs have been compiled for 64 bit SGI machines. Therefore

curves (from dimer and monomer) you can enter both of them; the program will try to simultaneously fit them). The output files will then be *.flm, *.fim, *.fiz. The fits can be viewed by typing dsplot <outname> ... specified by the user. If the pdb structures have different contrasts, this can be taken into account by the pre-multipliers. EXAMPLE ...

shell, as seen from the figure below. One can, however, also imagine the situation when the positive DroShell would mean less dense solvent in the shell. The user can perform the search both in positive and

the point symmetry of the particle is available, the symmetry can be imposed on possible solutions. Currently, the four point symmetries can be uesd: P2, P3, P4, P222. P1 (default) means no symmetry re ... <name>.fir : fit to the raw experimental data <name>-1.pdb : resulting model in PDB-like format that can be viewed e.g. with RasMol in the ...

2D gas filled detector. The new electronics card especially designed for rapid kinetics experiments can store temporarily up to 450 spectra, with a maximal preset per run of 391 s. Some features of the ... increase the solid angle. The smallest sample to detector distance (D = 1.4 m) with beam centered can be used without shadow on the detector. A ...

samples, providing very precise values for the atomic and/or magnetic structure of the material. D20 can be applied to study crystalline solids, liquids or amorphous materials and their interactions with

attractive idea is to model Dark Energy based on so-called chameleon fields. The existence of such fields can actually be tested in high-precision laboratory experiments. It is here that experiments performed

together with the µSR measurements, provide the first step to better understand how quantum states can arise in real materials. These findings also justify the need for a close collaboration between solid

qubit unit) can be used to encode a qubit and it has been proposed as a prototype for implementing quantum gates (the basis of quantum circuits) and quantum simulations. Molecular nanomagnets can also be ... Researchers worldwide are looking for suitable materials for magnetically stable nanomagnets so that data can be stored safely in the ...